METAL NANOCOMPOSITE MATERIAL AND METHOD FOR PRODUCING METAL NANOCOMPOSITE MATERIAL
A metal nanocomposite material 10 according to the present invention is composed of: a carrier 12 that is formed of Zr; and two-element metal particles 14 that are supported by the carrier 12. The two-element metal particles 14 are formed of Cu and Ni; and the degree of oxidation of the carrier 12 i...
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Main Authors | , , |
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Format | Patent |
Language | English French Japanese |
Published |
11.03.2021
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Subjects | |
Online Access | Get full text |
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Summary: | A metal nanocomposite material 10 according to the present invention is composed of: a carrier 12 that is formed of Zr; and two-element metal particles 14 that are supported by the carrier 12. The two-element metal particles 14 are formed of Cu and Ni; and the degree of oxidation of the carrier 12 is more than 31% but not more than 100%. Alternatively, the two-element metal particles 14 are formed of Pd and Ni; and the degree of oxidation of the carrier 12 is from 3% to 100%.
Un matériau nanocomposite métallique (10) selon la présente invention est composé de : un support (12) qui est formé de Zr ; et de particules métalliques à deux éléments (14) qui sont supportées par le support (12). Les particules métalliques à deux éléments (14) sont formées de Cu et de Ni ; et le degré d'oxydation du support (12) est supérieur à 31 % mais inférieur ou égal à 100 %. En variante, les particules métalliques à deux éléments (14) sont formées de Pd et de Ni ; et le degré d'oxydation du support (12) est compris entre 3 % et 100 %.
ナノ複合金属材料10は、Zrからなる担体12と、担体12に担持される二元素金属粒子14と、からなる。二元素金属14は、CuおよびNiからなり、担体12の酸化度が31%より大きく且つ100%以下である。または、二元素金属粒子14は、PdおよびNiからなり、担体12の酸化度が3%以上であり且つ100%以下である。 |
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Bibliography: | Application Number: WO2020JP33824 |